Electronics Calculator Bench

Applied Voltage

mV V kV

Input Voltage

mV V kV

Target Output 1

mV V kV

Target Total Resistance

ohm kohm Mohm

Network Type Series RLC Parallel RLC Frequency

Hz kHz MHz

Voltage Source

mV V kV

Resistance

ohm kohm Mohm

Inductance

uH mH H

Capacitance

pF nF uF mF F

Filter Setup RC low-pass, output across C RC high-pass, output across R RL low-pass, output across R RL high-pass, output across L LC low-pass, series L and shunt C LC high-pass, series C and shunt L Series RLC band-pass, output across R Series RLC band-stop, output across L+C Test Frequency

Hz kHz MHz

Input Voltage

mV V kV

Resistance

ohm kohm Mohm

Inductance

uH mH H

Capacitance

pF nF uF mF F

Resistance

ohm kohm Mohm

Capacitance

pF nF uF mF F

Elapsed Time

ms s min

Source Voltage

mV V kV

Initial Capacitor Voltage

mV V kV

Target Capacitor Voltage

mV V kV

Inductance

uH mH H

Inductor Current

uA mA A

Supply Voltage

mV V kV

Forward Voltage per LED

mV V

Target Current per String

uA mA A

LEDs in Series Parallel Strings

Mode Astable oscillator Monostable pulse RA / Timing R

ohm kohm Mohm

RB

ohm kohm Mohm

Capacitor

pF nF uF mF F

Target Frequency

Hz kHz MHz

Configuration Non-inverting Inverting Difference amplifier Inverting summer Input V1

mV V

Input V2

mV V

Reference / Bias

mV V

Input / Ground Resistor

ohm kohm Mohm

Feedback Resistor

ohm kohm Mohm

Input 2 Resistor

ohm kohm Mohm

Target Gain Magnitude

Input Voltage

mV V

Output Voltage

mV V

Load Current

uA mA A

Quiescent Current

uA mA A

Ambient Temperature C Max Junction C Thermal Resistance C/W

Cells in Series Parallel Cells Cell Nominal Voltage

mV V

Cell Capacity

mAh Ah

Load Voltage

mV V

Load Current

uA mA A

Regulator Efficiency % Target Runtime

h min days

ADC Bits ADC Reference

mV V

ADC Reading PWM Supply

mV V

PWM Duty % PWM Frequency

Hz kHz MHz

RC Smoothing R

ohm kohm Mohm

RC Smoothing C

nF uF mF

Target RC Cutoff

Hz kHz MHz

Wire AWG One-way Wire Length

mm cm m

Conductors in Current Path Current

mA A

Trace Width

mm mil

Trace Length

mm mil

Copper Weight oz Allowed Temp Rise C

Frequency

Hz kHz MHz

Inductance

uH mH H

Capacitance

pF nF uF mF

Band Mode 4 band 5 band Band 1 Band 2 Band 3 Digit Multiplier Tolerance Target Resistance

ohm kohm Mohm

E-Series E12 E24 E96

Rectifier Type Full wave / bridge Half wave Line Frequency

Hz kHz

Load Current

mA A

Reservoir Capacitor

nF uF mF F

Transformer RMS

mV V

Diode Drop Each

mV V

Diodes in Path Target Ripple P-P

mV V

Converter Type Buck / step-down Boost / step-up Inverting buck-boost Input Voltage

mV V

Output Voltage

mV V

Load Current

mA A

Switch Frequency

Hz kHz MHz

Inductor

uH mH

Output Capacitor

nF uF mF

Efficiency % Target Inductor Ripple % Target Output Ripple

mV V

Device Type MOSFET low-side BJT low-side Load Voltage

mV V

Load Current

mA A

Logic Drive Voltage

mV V

Gate / Base Resistor

ohm kohm

MOSFET Rds(on)

mohm ohm

Total Gate Charge

nC uC

Switch Frequency

Hz kHz

Transition Time

ns us

BJT Vbe / Vce(sat)

mV V

BJT Forced Beta

Input Voltage RMS

mV V

Output Voltage RMS

mV V

Input Power

mW W

Output Power

mW W

Impedance

ohm kohm

Level dBm Target Attenuation dB

Bus Voltage

mV V

Bus Capacitance

pF nF

Target Rise Time

ns us

Selected Pull-up

ohm kohm

Low Level Voltage

mV V

Sink Current Limit

mA A

Debounce R

ohm kohm Mohm

Debounce C

nF uF

Threshold % of Rail

Input Amplitude Peak

mV V

Signal Frequency

Hz kHz MHz

Closed-loop Gain Gain Bandwidth

kHz MHz GHz

Slew Rate V/us Positive Rail

mV V

Negative Rail

mV V

Output Rail Margin

mV V

Load Resistance

ohm kohm

Output Current Limit

mA A